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When you “cluster” standalone wireless access points, you can improve reception and roaming, strengthen security, and save many hours of technical labor—all without the expense of a wireless controller. Continue reading to learn more about clustering improvement.
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This resource provides the basics of 802.11ac and outlines a number of strategies and recommendations that will help you plan your 802.11ac migration. View now to learn more!
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Don't fall victim to security myths. This resource will help you debunk the top 10 wireless security myths floating around today. Find out the truth when it comes to firewall and intrusion detection systems, wireless security threats, using WEP to secure WIFI communication, and more.
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This paper discusses the security risks inherent in public Wi-Fi Internet access and the best ways to mitigate these risks. It also discusses the benefits of hosting a corporate hotspot of your own.
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This white paper shows how qualified service providers can add value to RFID projects, highlights some of the planning issues and considerations that call for experienced advice, and provides guidance to the types of services available and how to differentiate service providers.
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This paper looks at how healthcare providers are using wireless LANs creatively to improve patient care and to realize much-needed cost efficiencies. It also discusses the primary challenges health organizations face in their deployments and offers up solutions for successfully addressing them.
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Access this resource for a radio frequency (RF) management solution that gives wireless local area network (WLAN) infrastructure control over client connectivity and roaming, to ensure always-on service.
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This brief guide gives 5 guidelines to ensuring a successful migration to 802.11ac. These include auditing the current infrastructure, evaluating capacity requirements and choosing the right access points for your needs.
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This paper discusses the controller-based architecture was created to solve manageability, mobility (as opposed to portability), and high operational expenditure (OPEX) problems that were prevalent in autonomous (fat, thick, standalone) AP implementations.
